The Wet Drum Mineral Separator is designed for processing wet materials, specifically for separating ferrous iron and concentrating materials into a highly enriched sludge.
The liquid flows through a semi-circular separating chamber beneath a stainless steel drum, where magnetisable particles are bound. A cylinder with permanent magnetic discs within the drum creates a strong magnetic field that facilitates separation.
It is capable of processing ground waste incineration slag, filter concentrates, minerals, and coal.
Key features include advanced magnetic circuit design, high recovery rates, simple and compact structure, strong magnetic force, easy maintenance, and stable performance.
Yes, the Wet Drum Separator is designed for easy installation and maintenance, making it user-friendly for operators.
The Wet Drum Separator is engineered to be energy-efficient, utilizing a powerful neodymium magnet system that enhances recovery rates while minimizing power consumption.
The separator requires regular maintenance checks to ensure the magnet system and driving device are functioning properly, but it is designed for easy upkeep.
The separator features a powerful neodymium magnet system with a high-gradient magnetic field, ensuring reliable recovery of magnetic materials.
Yes, it is specifically designed for very fine-grained components, making it effective for applications requiring fine material separation.
Industries such as waste management, mining, and recycling can benefit from the Wet Drum Separator for its efficiency in recovering valuable materials.
With proper maintenance, the Wet Drum Separator is designed to have a long lifespan and reliable performance without frequent breakdowns.
The separator is equipped with a stable driving device that minimizes the risk of malfunction, ensuring safe operation during use.
Warranty details may vary by manufacturer and location, so it is recommended to check with your supplier for specific warranty information.
The advanced magnetic circuit design and deep magnetic effective depth allow the separator to achieve high recovery rates for magnetic materials.
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